Thank you, Mr. Chair and members of the committee, for inviting me to speak today.
I'm a farmer and a rancher in Norfolk County, Ontario, as well as the CEO of the only farmer-led, community-based charitable organization in Canada delivering nature-based solutions. ALUS has been implementing one of the most effective and scalable solutions to water quality protection for nearly two decades. We build and restore natural infrastructure, or natural systems, on marginal or uneconomic farmland to provide solutions. I come to you today bringing an agricultural solution to Canada's freshwater priorities.
The agricultural sector both relies on and affects freshwater resources in Canada. The decline in Canada's inventory of natural assets such as wetlands and forests has removed critical infrastructure that helps protect water quality from activities that affect freshwater systems. Without sufficient natural infrastructure, we see impacts on water quality. Soil erosion and sedimentation can harm aquatic plants and wildlife and create an environment favourable to the development of algae blooms and pathogens. Runoff of nutrients, pesticides, organic matter and pathogens threatens aquatic life, drinking water systems and our food supply.
Natural infrastructure built by farmers and ranchers on their working landscape reduces nutrients from entering freshwater systems, thereby preventing harmful algae blooms. It reduces soil erosion and sedimentation of waterways. It slows water flow and increases absorption of water to reduce flood risk, and it supports groundwater recharge for increased water security for both upstream and downstream communities.
Wetlands restored by farmers help manage rising watercourse levels by slowing water flows and support groundwater recharge by capturing and absorbing excess water. They also protect food security by reducing the effects of severe weather as well as enhancing wildlife habitat to support birds, pollinators and other beneficial insects and insectivores.
ALUS knows the solution is at the grassroots level because it has supported over 1,600 Canadian farmers and ranchers in building nature-based solutions that enhance natural infrastructure on their lands to protect water quality and quantity, including restoring and/or creating tens of thousands of acres of wetland habitat. Our network is driven by 40 community partners that provide the grassroots leadership our program demands. We now operate in six provinces.
ALUS has quantified freshwater benefits produced by our projects in four Ontario watersheds and has proven that ALUS projects deliver positive results for water quality. With support from RBC Tech for Nature, ALUS modelled water-based outcomes across four watersheds within the Lake Erie basin in Ontario. The project demonstrated the effectiveness of nature-based projects on ALUS farms in reducing nutrients entering watercourses that feed into Lake Erie, with the largest benefits coming from restored or created wetlands.
We've demonstrated how the agricultural community can deliver effective solutions to freshwater quality concerns across the country. ALUS and its network of farmers are standing ready to scale their efforts and deliver measurable water quality outcomes through nature-based solutions on marginal farmlands for the benefit of all Canadians.
Thank you.
:
Thank you, Mr. Chairman.
I'd like to thank the committee for undertaking this study and also for the opportunity to meet with you today.
I'm just going to start with a few words about a seven-page submission that you received from the Forum for Leadership on Water—or FLOW—a little while ago.
FLOW is made up of about a dozen volunteers from across Canada who have been collaborating on water policy analysis and advice for over 15 years.
My own background in the water field goes back over 60 years. That's 30 years in the federal government and 30 years in a combination of consulting and volunteering in Canada and in about half a dozen other countries. Over those 60 years, I have observed a lot of major changes both in water issues and in the conventional wisdom about how we should deal with them.
When I first started working in the field, the sole emphasis was on economic development. Around 1970, we had the water pollution crisis and we added an environmental component. By the time the federal water policy was issued in 1987, we were trying to reconcile economic and environmental values through sustainable development concepts. Those three phases are all still work in progress. We're now in the early stages of introducing a variety of rights into the equation. At the same time, we're trying to cope with the very serious implications of a changing climate.
The FLOW submission takes both the evolving issues and the evolving conventional wisdom into account and suggests 15 priority areas that we believe are ripe for significant progress in the coming years. The criteria for setting these priorities are that, first, there is an issue of national significance, and, second, that there is potential to do something about it in the coming years.
As short-term priorities—say, over the next five years—we speak to the Canada water agency, collaboration, Canada-U.S. waters, indigenous drinking water, flood damage reduction, climate change adaptation, water prediction, river basin priorities, water data and water research.
As medium-term priorities—say, over the next 10 years—we speak to legislative renewal, chemicals management, water apportionment and principles for the watershed approach.
Finally, as a long-term priority—say, beyond 10 years and I don't know how far into the future—we foresee evolving social justice principles being incorporated more fulsomely into water management decisions.
I think I'll just leave it at that. I welcome any questions that committee members may have on our submission or on any other topic that you may wish to raise with me.
Thank you.
:
Good morning, Mr. Chair and members of the committee.
[English]
Thank you for the opportunity to speak with you as part of this important study on fresh water.
My name is Zita Botelho, and I am the director of Watersheds BC. I'm calling in from the unceded territories of the Songhees and Esquimalt nations.
Since 2021, Watersheds BC has been working in partnership with two philanthropic organizations to help deliver $42 million of B.C. provincial funding that has supported 110 watershed security-related projects across B.C.
I need to start by identifying a problem. Over the last 15 years, the federal government has been weakly engaged in freshwater issues in B.C. Recognizing the diversity of freshwater challenges across the country, B.C. continues to see little federal engagement relative to other regions.
Today, I'm here to talk to you about a win-win-win opportunity for the federal government. The conditions in B.C. are both urgent and optimal for the federal government to actively collaborate with the Province of B.C., the NGO community and first nations.
I will speak to four conditions that offer an opportunity for the federal government to demonstrate leadership that will yield substantial economic benefits, drive employment transitions, uplift rural and remote communities, advance UNDRIP implementation and, importantly, address the escalating costs of climate impacts.
First, the B.C. government has put skin in the game. Since 2021, it has invested $57 million in funding watershed security projects. In March 2022, the B.C. government committed an additional $100 million to establish an endowment for a watershed security fund. This fund is being co-developed with the first nations water caucus to create a governance and implementation framework for a long-term sustainable fund.
B.C. has seen the benefits of its investments, and this is an immediate opportunity for the federal government to invest $400 million over four years to match B.C.'s initial investment. These B.C. investments have primed the pumps and cleared the pathway for delivering impact and results.
Second, let's delve into the economic potential that investing in watershed security can unlock. There's a prime opportunity to create jobs and employment transitions. The Healthy Watersheds Initiative's major outcomes report shared that $20 million in funding resulted in 1,273 direct jobs across B.C.
More recently, through the Indigenous Watersheds Initiative, 103 jobs are being supported by 14 projects, with 62% of jobs being held by community members. We estimate that IWI will support approximately 245 jobs, with many in remote and rural indigenous communities. These investments are supporting jobs that focus on monitoring and assessment, indigenous knowledge and land-based learning, planning and governance, fisheries and food sovereignty, restoration and protection.
Third, let's consider the pressing issue of climate impacts and the costs associated with them. You likely need no reminder of the devastating atmospheric river that hit B.C. in October 2021, or the record wildfire and droughts of 2023. The cost of the 2021 floods was $9 billion. Yesterday, B.C.'s finance minister reported that the cost of this year's wildfire budget is $987 million, and that figure doesn't include the costs to individuals, businesses and communities. The wildfire burned scars that criss-crossed this province, creating increased risks of flood, mud and landslides. This year's historic widespread drought is predicted to result in a billion dollars' worth of economic losses.
Investing in watershed security is a proactive step toward climate resilience, which not only safeguards our communities, but also saves money in the long run. Look no further than the successful projects funded by the Healthy Watersheds Initiative. These projects, whether addressing wildfires, floods or restoring wetlands, showcase the tangible benefits of investing in watershed health. We witnessed their successes in real time during the floods. This isn't just about crisis management; it's about long-term planning that ensures the safety and well-being of citizens.
Fourth, investing in watershed security helps to advance the implementation of the UN Declaration on the Rights of Indigenous Peoples. Through the work of HWI, we have seen how this investment supported articles 18, 20, 23, 24, 25, 26, 28, 29, 36 and 39. The investment enables first nations to focus on their priorities, and they have shown their leadership through this work.
As I hope I have made clear, conditions in B.C. are ripe for collaboration and well positioned to deliver positive impacts and outcomes. I recommend that the federal government invest $400 million in the watershed security fund.
I commend this committee for studying such a crucial matter. By prioritizing and making these investments, we can build resilience in our communities and proactively respond to disasters before they happen.
I look forward to continuing this conversation with you and answering any questions you may have.
I'd like to start with Mr. Gilvesy.
I appreciate your testimony this morning. I think it's important that you were able to offer a bit of a unique perspective as both a farmer and a leader within an organization working with farmers to deliver ecological goods and services to Canadians.
I think that's important specifically due to the fact that we need to sustainably intensify the production of our best farmland. We need to feed both Canadians and a growing hungry population around the world. By maximizing production on our best farmland, we can allow other aspects of the farm to be used for the benefits we can derive from a natural environment. We need to do a good job of recognizing that it's “whole of farm”. It's not just the field level. You talked about some of the riparian areas along the bush lines that are maintained, and the trees planted by farmers. Again, these are the ecological goods and services delivered for the public good, which often come at a cost to farmers and landowners.
First, I'd like to ask you this: How does Canada fare in comparison to other countries and some of our international trading partners in terms of support for farmers and landowners already willing to invest and take the right actions to deliver solutions for our environment?
:
I'd like to answer that question by pointing out the opportunity.
What we see and what we've learned from the farm participants and leaders who deliver our program across the country is that they see their farms somewhat differently. The farm is capable of producing food, fibre, energy and ecosystem services all at the same time. We don't see that clearly from a policy perspective—that all of these things can occur at the same time. I think that's the opportunity.
There's another lens to bring to bear on this. These ecosystem services we're producing on our farms relate to a marketplace that is increasingly growing and determining that there's real value in producing these things for society. That marketplace is increasingly being supported by several of the corporations that support our program, such as Danone, Molson Coors, Cargill, General Mills and RBC.
I sense it's much more of an opportunity that we can harness: viewing a farm as much more than it ever was before.
I appreciate Mr. Mazier's interest in carbon pricing.
I note that it's not just the Liberals suggesting that carbon pricing is the foundation for any serious emissions reduction strategy. It was also the Conservatives in the last federal election—with the exception of Mr. Leslie, I might add, because he won a by-election and probably wasn't even allowed to say “climate change” in his campaign, but it does exist. We are here to fight climate change and determine how we might do that together, collectively.
It's a good thing, because yesterday we published ECCC's analysis on how carbon pricing is reducing our emissions. It is indeed responsible for up to one-third. It's challenging, as any economic modelling is, to come to a precise number, but the commissioner and the gentleman from ECCC at the meeting indicated that it was up to one-third.
That modelling and that economic analysis are now available on ECCC's website. I will forward it to every member of the committee. I don't think it's necessary to formally table it or request it from the government, given that it's on the website.
I would move to adjourn debate on this and return to the study.
:
Can we have a vote on adjourning debate?
(Motion negatived: 6 nays; 5 yeas)
The Chair: The debate continues.
[Translation]
We will continue to discuss the motion.
For the record, I've been generous so far with the MPs who table motions while we have witnesses. I allowed the person to use the rest of their speaking time after the motion had been adopted or rejected, but I'm told that things are done differently in the House. Once you table a motion, you lose the rest of your speaking time. From now on, the mover of the motion, regardless of party, will lose the rest of their speaking time; it has to be fair to everyone.
There's a vote in the House today. I therefore ask the members of the committee if they give me permission to continue the meeting until five minutes before the vote. I assume everyone will stay here to vote online.
I seem to have the committee's agreement on this.
The next speaker is Mr. Bachrach.
I share your desire to move through these motions efficiently. I think if each party at the table has a chance to offer its thoughts, then we could move to a vote and get back to the witness testimony, which I agree is very important.
I, too, keyed in on the statement from the official at our previous meeting that the carbon pricing regime in Canada is responsible for about a third of emissions reduction. I think better understanding the numbers behind that statement would be useful.
I take Mr. van Koeverden's point that the modelling is now available on the website. I haven't looked at it yet. If that is indeed the case, then this motion is going to be quite easy for the department to fulfill by providing the committee with that modelling.
I would just add that—and I appreciate Mr. Mazier's opening comments—it does seem from the tone of his comments that he wants to see Canada meet its emissions reduction targets. I think the best way to underscore the sincerity of those comments is to put forward effective, credible and evidence-based policies that would allow Canada to meet the targets.
What we hear continually is criticism of one policy and, frankly, I agree that the policy has major drawbacks when it comes to its effectiveness in driving down emissions. However, what we don't hear from the Conservative Party is any viable alternative. We don't see the alternative policies being brought forward for scrutiny, and I think that's very important.
I'll end my remarks there, Mr. Chair. I'm happy to go to a vote on this motion and to support it.
:
Mr. Chair and members of the committee, thank you for your invitation.
Today, I'd like to share a few scientific principles on how freshwater ecosystems work and, in particular, why it's important to adopt a watershed-based approach.
Freshwaters are by nature connected ecosystems with directionality in their fluxes and flows. The watershed of a waterbody is more simply defined as the entire land area drained by a body of water, including groundwater aquifers.
All activity within a watershed that can influence the quality of water that flows as precipitation, irrigation or groundwater will influence the associated waterbodies.
While we still have a lot to learn scientifically about all the significant connections, we know with certainty that human activity in watersheds influences their aquatic ecosystems, and that there is directionality of flows through watersheds. Thus, disturbances can influence aquatic ecosystems even if the effects occur far away, although attention is often focused on uses near waterbodies.
Unfortunately, watershed boundaries, defined by the landscape's topography, rarely overlap with political boundaries. Our cities and farming, mining and forestry activities often overlap more than one watershed, or unduly occupy a large proportion of a given watershed.
Recent work we have conducted as part of the NSERC Lake Pulse Network, which sampled over 650 lakes across Canada, has shown that even urbanization levels of less than 5% in a watershed can lead to changes in the organisms present in a lake, potentially influencing ecosystem functioning. Thus, aquatic ecosystem structure and function are partially driven by what happens in the watershed, and not only by internal functioning within the waterbody itself. We call these “allochthonous influences” on a waterbody; these will complement, and in some cases even overwhelm, the internal “autochthonous” interactions within a waterbody.
Given the effects of climate change, such as the forest fires and increasingly intense storm events we witnessed in Canada this past summer, the influence of allochthonous inputs from the terrestrial portions of watersheds will increase, potentially overwhelming the internal functioning of many of our aquatic ecosystems.
The first message to take away is that activity in the terrestrial part of a watershed influences the structure and functioning of its waterbodies. The second message is that political boundaries and watershed boundaries do not necessarily overlap.
I would now like to turn to why it's so important to consider the natural boundaries of watersheds in conservation.
I've mentioned the flows from terrestrial to aquatic ecosystems, but there is also the fact that there is a connectivity between the waterbodies that make up watersheds. It is critical to consider connectivity for several reasons.
Firstly, these aquatic connections serve as migratory corridors for many organisms. In addition, with climate change and the warming of Canada's waters, aquatic organisms will need corridors within watersheds to move northward to cooler waters.
These migratory pathways also aid exotic species invasions that are challenging many ecosystems across Canada. In managing the effects of these species, we will also need to adopt a watershed-based approach and not focus solely on a single invaded river or lake, for example.
Water contamination by pesticides, other toxins, microplastics and nutrients must also be managed, in a watershed context, because of their connectivity.
Furthermore, damming flowing waters is an obvious barrier to natural connectivity, as are bridge and culvert installations. Such activities are related to human needs, such as transportation, water level management for agriculture and drinking water, and hydroelectricity generation. So, politically speaking, several departments at all levels of government are involved in watershed disturbances, and therefore in their mitigation.
For all these reasons, my third message is that internal flows within watersheds need to be considered when managing contamination, invasive species, migration and climate change mitigation for aquatic life.
Finally, many different types of human activity can influence watershed connectivity and, politically, different agencies need to be involved in their protection and management.
Overall, based on scientific limnological knowledge, the committee is advised to support structuring, collaborative and scientific initiatives at the watershed level for their better protection and conservation.
Thank you for your attention. I'd also like to thank you for giving me the opportunity to speak to you today.
:
Good afternoon. Thank you kindly for inviting me back to Ottawa to speak today.
I applaud the members for studying the role of the federal government in protecting and managing Canada's fresh water. As a water-rich nation, Canada has a disproportionately large responsibility on the world stage to be a good steward of water, and the federal government must rightly provide the leadership to do so.
As an aquatic ecotoxicologist, I have devoted the last 25 years to the study of fresh water in Canada, with a focus on understanding aquatic pollutants, including nutrients, mercury, flame retardants, microplastics, oil spills and oil sands contaminants.
Today, I will speak to the issue of fresh water in Canada's oil sands, but before I do, I wish to correct some misconceptions about water I heard in earlier meetings, particularly in reference to the Canada water agency.
First, while it's true that water accumulates in water bodies such as lakes and rivers, in reality water is much more than that. Water is dynamic and exists in many forms and in many places. Water is frozen in glaciers, exists as a gas in the atmosphere, flows underground in spaces between soil particles and exists within our own bodies. Water can be and is contaminated at any and all of these stages. My message here is that if we are to truly protect and manage Canada's water, we must do so throughout its entire hydrologic cycle.
Second, while it's true that water is a resource, again, in reality water is so much more than that. Water is life. Water is a habitat for fish and wildlife. Water, for many indigenous peoples, is a living entity with a spirit—not a resource, but a relative. My message here is to centre reconciliation and indigenous ways of knowing in an effort to redefine our relationship with water.
Now I'll go to the broad policy failure in Canada's oil sands.
This committee has been studying a recent incident of a toxic leak from Imperial Oil's Kearl oil sands mine. Much of the conversation has focused on the communication failures. Certainly, there were grievous errors in communication, but these dwarf the much more profound failure in water management and policy.
Let me elaborate. Currently, 1.4 trillion litres of Canada's water are held by the oil sands industry in tailings ponds. This water has been taken from the Athabasca River and then used numerous times for industrial processes to extract bitumen from oil sands. While reusing water multiple times for bitumen extraction has reduced the volume of water extracted from the river, it has also created a serious problem. It has concentrated salts, metals and naphthenic acids in these waters, making them toxic to fish, amphibians, birds and mammals. I would be happy to submit a brief to that effect.
This highly toxic water is then stored in rudimentary earthen pits that were never constructed to be anything more than temporary settling ponds. As a result, the tailings ponds are a massive liability. I hope the Kearl incident wakes us to this ticking time bomb.
There is a solution. The industry must be required to treat and release its waste water—not at the end of the mine's life and not after the industry goes bankrupt and taxpayers are on the hook, but by the industry, in real time, during mine operation. It's 2023, not 1967. We can do this, and we have done this for other types of waste.
Here are two examples.
Think of domestic waste. In cities, we don't defecate in latrines in our backyards anymore. Sewage is centralized, treated with primary, secondary and even tertiary treatment processes, and then released to the environment. The waste-water systems effluent regulations were developed under the Fisheries Act, and the Government of Canada is responsible for managing the risk posed by substances listed under the Canadian Environmental Protection Act.
Think of the pulp and paper industry. The federal pulp and paper effluent regulations were developed under the Fisheries Act in the 1990s to manage documented threats to fish, fish habitat and human health. When mills implemented treatment processes to remove suspended solids and break down organic matter, the quality of effluent increased dramatically, and downstream ecosystems, including fish habitats, are now better protected.
My message here is that a policy whereby the oil sands industry is required to clean up its industrial waste water in real time as the wastes are produced is the best way forward. I assert emphatically that it's much better to plan for intentional discharges of treated water regulated and monitored by provincial and federal bodies than to have a tailings pond fail and result in an accidental spill of highly toxic waste water to the Athabasca River and the communities living downstream, including indigenous peoples. Such a catastrophe is nothing short of national tragedy and an international shame.
In closing, I recommend that, one, the Government of Canada embrace a holistic and respectful definition of water and re-envision its relationship with water through the lens of reconciliation with indigenous peoples. Two, I emphasize the tremendous need for the federal government to take action and require Canada's oil sands industry to deal—not tomorrow but today—with the enormous dangers of the toxic chemicals in the tailings ponds.
Thank you.
:
Mr. Chair and committee members, on behalf of the Assiniboine River Basin Initiative, thank you for the opportunity to present before you today.
The Assiniboine River basin is a sub-basin within the Lake Winnipeg basin, which comprises the Qu'Appelle, Souris and Assiniboine rivers. The basin is approximately 162,000 square kilometres and home to over 1.7 million people.
As an organization, we are a multi-stakeholder non-profit that operates in both Canada and the United States. Our stakeholders include citizens, provincial and state governments, local governments, first nations tribes, Métis representatives, agricultural organizations, conservation and water-user organizations, cottage associations, business and industry groups, and all others who wish to come to the table on behalf of water.
It's my understanding that the committee has been asked to examine numerous topics in their consideration of responsibilities for freshwater protection and management throughout Canada. One of these topics is watershed management. That is the topic I was asked in my invitation to address.
As an organization, we have grown and matured since our inception. It has become clear that all stakeholders, at all levels, have vested interests in the role of true watershed management—not just management within a jurisdictional boundary of the watershed or basin in question, since we know water flows across the land and crosses these boundaries, be they municipal, provincial, state or international. We also know there are several smaller watersheds that merge and flow into the larger basins. For example, the Assiniboine starts in Saskatchewan, as do the Qu'Appelle and the Souris. They all cross provincial, state or international boundaries, so it's very important that we work together when we look at true watershed management.
Here in our basin, the flood of 2011 drove home the need for stakeholders across the Assiniboine River basin to come together to learn, understand and work on watershed management outside of jurisdictional boundaries. This flood devastated our basin. Thousands of people were displaced, and thousands of homes, businesses and acres of agricultural land were impacted. This was followed by a flood in 2014, which saw similar devastation across the basin. The flip side, of course, is drought, which we are experiencing at this point in time, along with dry agronomic conditions in various years. It is very real and needs to be looked at.
The underpinning of our organization is that a complete watershed approach must be embraced when looking at watershed management. There must be recognition that jurisdictional boundaries need to be reviewed. Legislation and policies need to be appreciated, but at the same time there is a need to work across them. The most important thing is transboundary communication, education, information sharing and co-operation on a watershed management scale. This is vitally important to our success as we move forward. Resilience is what our members are asking for. Integrated watershed management relates not only to water quality and quantity but also to increasing awareness about the importance and value of water—not only surface water but also groundwater. This management should consider ecosystem health, biodiversity, fish, wildlife and wetlands through applied best management practices and incentive opportunities for landowners.
The land issue should also be taken into consideration, because there is an interface between water and land management. This can be through regenerative agriculture, irrigation improvements, management of natural areas, storing water on the landscape and a host of other tools.
Investment in science, research and technology needs to occur, in order to optimize water management to the best of our ability. There is the development of various models and tools, such as Aquanty's hydrogeospheric model, the prairie hydrology design and analysis product, LiDAR and others. Tools need to be put into the tool box to allow watershed managers to do the best job they can.
We also need to recognize and consider the three-legged stool of sustainability, those legs being social, economic and environmental. As an organization, we have worked across our basin with various organizations, such as the International Souris River Board, the Shellmouth Dam liaison committee and the Saskatchewan water council. We're engaged in research with the prairie water research committee under global water futures, the University of Regina, the University of Manitoba and a multitude of others.
On behalf of ARBI, I would encourage the committee to work across jurisdictional boundaries, be they municipal, provincial, or in some cases international, when considering water management. Communication, coordination and co-operation are all common goals leading to success.
To invest in working with grassroots stakeholders and organizations such as ourselves, the indigenous community, agriculture, conservation and a host of others—
:
Good morning, Mr. Chair and members of the committee.
Thank you for inviting me to appear before you today.
When we talk about water management on a watershed scale, we often think of lakes. In my case, the experience I’ve had is mainly linked to the St. Lawrence River as a whole and the Lake Ontario system. So I’m going to talk to you about that for a few minutes.
I’d like to tell you about two concrete success stories involving essential ingredients for water governance at the watershed level. The first is the St. Lawrence Action Plan, which came into being in the early 1990s and covers the entire St. Lawrence River. It is a federal government initiative in which the Quebec government is also participating.
The second model involves the regulation of the waters of Lake Ontario and the St. Lawrence River, as a result of the Boundary Waters Treaty of 1909. Its purpose is to regulate the flow of water from Lake Ontario into the St. Lawrence River. This enables all its uses, from supplying drinking water to commercial navigation and hydroelectricity.
These two models have been in use since their inception, thanks to key ingredients to make the recipe for water governance a long-term success. I’m talking here about respecting areas of jurisdiction, for example. It’s never perfect, but it can work very well. We’re talking about a vision and a mission adapted to the reality of each watershed. Local and regional knowledge, sustained scientific research and studies, citizen involvement in all processes and ongoing communications are key elements.
In the case of the St. Lawrence Action Plan, the government of Canada staffed the plan with leaders who believed in its mission, and who themselves formed work teams with champions for the various areas of activity to come. The strong commitment of these champions, who had both soft skills and know-how, was instrumental, and was reflected in the steps taken to establish a respectful collaboration with Quebec government representatives. It also ended up selecting its own champions, from among the many government departments involved, to participate in the development and implementation of areas of activity aimed at protecting the water of the St. Lawrence River.
Together, they promoted and supported citizen involvement through a non-profit organization called Stratégies Saint-Laurent. This organization coordinated the creation of ZIP committees for areas of prime concern along the St. Lawrence River. These multisector round tables established along the shores of the St. Lawrence and Saguenay rivers represent a form of participatory water governance for territories, in which local and regional players have worked together for decades. The efforts and work of each table generally complement the efforts of those in neighbouring sectors.
The other model I’d like to talk about concerns water level regulation in the St. Lawrence River and Lake Ontario watershed. The International Joint Commission, a binational body established in 1909, created an international board to regulate water levels on Lake Ontario and the St. Lawrence River. In this example, respect for jurisdictions, knowledge sharing, constant updating of data and scientific knowledge are necessary to regulate water levels to meet upstream and downstream water needs as equally as possible.
Added to this is the board’s own culture of transparency, supported by sustained joint communication efforts. These are necessary to inform people about how we respond to their recurring needs and problems, and to improve their understanding of water level management. The board strives to take into account their reality at all times, wherever they may be located within the watershed, without neglecting other quieter needs, such as those of ecosystems, i.e., ecological needs.
These two examples are not perfect. Several other initiatives have been launched, such as the Regroupement des organismes de bassins versants du Québec, or ROBVQ. This organization plays an essential role, as does Stratégies Saint-Laurent, through the key elements I’ve mentioned, such as sustained communication efforts. The same is true of similar initiatives elsewhere in the country.
For a long time, we wondered how we could unite all these local initiatives, from east to west and north to south, in a complementary way. The arrival of climate change is well documented, and populations across the country are directly affected by its dramatic consequences. These include, as we said earlier, forest fires, melting glaciers and the destruction of infrastructure.
The severity of these consequences across Canada is a possible thread that could motivate our government to present a vision linking and complementing existing watershed management initiatives to mitigate these negative effects and foster collaboration on an unprecedented scale.
I’d like to conclude by reminding you that, for the members of the group I represent, the Forum for Leadership on Water, or FLOW, it’s important that water management be based on the following five pillars: reconciliation with indigenous peoples, knowledge creation and mobilization, co‑operative federalism, the watershed-scale approach, of course, and deep reform of our laws and regulations.
Thank you for your attention.
Thank you to the witnesses for coming this afternoon.
I'll start with Ms. McFadyen.
The Assiniboine River Basin Initiative covers quite a bit of Saskatchewan, Alberta, Manitoba and North Dakota as well—dips down into Minot and comes up. All that water ends up at The Forks in Winnipeg, and that's still all the same. Is that right? I don't know if it continues into Alberta or not, but it's quite a massive area in most of the Prairies.
I understand that is the Prime Minister's special adviser for water. Seeing that the Prime Minister's water adviser is from Winnipeg.... We always say in Manitoba that all water in Manitoba leads to The Forks. I assume that the Assiniboine River Basin Initiative has consulted with Terry Duguid about the Canada water agency.
:
That leads to my next question.
I call them landscape managers. They're out there; they're living in the areas. They can have the biggest impact the most quickly, and they're probably the most affordable as well, at the end of the day.
Earlier today, one of the witnesses talked about natural infrastructure. We all know where to store water. We all know where it belongs, and we can work with Mother Nature at that time.
Can you provide some advice for the federal government for when we deal with water, even if it comes down to the water agency? What things should we consider? Can you tell us how important it is to make sure that those voices are at the table at all times and how important that communication is?
I’d like to thank all the witnesses for coming, especially those who travelled here.
Ms. Beisner, you’re co‑director of Canada’s largest freshwater ecology research network, which is something. The Interuniversity Research Group in Limnology, or GRIL, is indeed one of the leading networks on an international scale. You head a team of scientists, but you also publish popular science articles, in which you communicate your knowledge to readers.
Have you seen a growing interest not only from academia, but also from the general public, in the issues you deal with?
We recently received funding from the Quebec government to do more projects for the general public. For example, we created a podcast called “Balad’eau.” We also organized webinars. This is something we wanted to do in person, but COVID‑19 meant we had to do it virtually. In the end, it worked out well, because we recorded the webinars and made them available to people afterwards. We have a lot of public participation. At the end of the webinars, there’s a question and answer period. Questions are often based on concrete cases. For example, someone with a lakeside cottage will ask us questions about problems specific to their situation.
In my opinion, what the public needs is a concentration of knowledge.
I also think that the Canada Water Agency could promote best practices in water management. For example, it could explain to river, lake and streamside residents how they can better protect their environment. It could do the same for agricultural and mining activities.
Mr. Chair, I would like to move the motion that was put on notice several days ago. I'll try to do this nice and slow so it's interpreted for our colleagues.
I move:
That, given the importance of freshwater ecosystem services to the prosperity, sustainability, and resilience of British Columbian communities, and given the increasingly severe impacts of climate change including drought, wildfires, and floods, the committee urge the federal government to work with the Government of British Columbia to establish a $1 billion watershed security fund; that the Committee report this to the House; and that the government table a written response.
If I could speak to this briefly, Mr. Chair, I found the testimony of Mr. Jesse Zeman, from the BC Wildlife Federation, particularly compelling. He laid out the watershed restoration work that his organization's members have conducted over the past number of years. Looking at notes from that meeting, it looks like, since 2021, the BC Wildlife Federation has delivered over 230 projects and over 10 million dollars' worth of on-the-ground restoration. Their partners include first nations, environmental NGOs, local communities, private landowners, the Government of Canada and the Province of British Columbia.
Speaking of the Province of British Columbia, the province I live in has recently committed an investment of $100 million to this watershed security fund. I think that this vision of a billion-dollar fund that can go into the sort of grassroots activity that Mr. Zeman was speaking to represents a really exciting opportunity. A broad cross-section of British Columbia is engaged in this work. I think it brings together groups from different sectors to work together toward the security of freshwater ecosystems. Particularly in the wake of the atmospheric rivers that we saw in B.C. and the class 5 drought this year, which was really devastating for our region's farmers, this work has never been more important than it is now.
I think that, with this idea of working with the Province of B.C., with private philanthropic investors and the federal government, we can put together a fund that is large enough to make a significant difference in our watersheds.
Maybe, Mr. Chair, I'll leave it at that. I think that Ms. Botelho, who presented earlier in this meeting from Watersheds BC, also spoke to the importance of this work. If the committee can send a strong message to the federal government that they want to see this kind of matching investment....
Here's what I want to note, Mr. Chair: The federal government's freshwater action plan to date has seen a sizable investment in the Great Lakes and in Lake Winnipeg. Of the $70.5 million that's been committed, $44.8 million has gone to the Great Lakes, and $25.7 million to Lake Winnipeg. In British Columbia, we see a provincial government that is very motivated to work on these freshwater issues—the issues of watershed security. I think it really behooves the federal government to come to the table with a matching investment, so we can build this fund and empower the kind of grassroots work that Mr. Zeman was talking about.
With that, Mr. Chair, and noting that it's exactly 1:30, I would like to move that this motion be postponed until Tuesday, December 5, at 11 a.m.